Reflect:
After reading Chapter 7, please reflect on the questions below and post your response by Monday. Feel free to respond to the questions provided or share something else that you intentionally did differently in regards to facilitating meaningful math discourse.
Please note: the prompts below are to help you reflect. There is not an expectation for you to respond to all {or even any} of the provided questions!
Respond:
After reading Chapter 7, please reflect on the questions below and post your response by Monday. Feel free to respond to the questions provided or share something else that you intentionally did differently in regards to facilitating meaningful math discourse.
Please note: the prompts below are to help you reflect. There is not an expectation for you to respond to all {or even any} of the provided questions!
Respond:
Planning for Mathematical Discourse
- Choose a task that has the potential to elicit multiple solution paths from your students. The task should engage students in "doing mathematics" {see chapter 3} and allow for use of multiple representations {see chapter 6}. Clearly list the goals that detail the mathematics students will be learning in the lesson.
- Anticipate the solution paths, both correct and incorrect, that students might use in working on the task, and prepare assessing and advancing questions to use while monitoring their work.
- Decide on a possible sequence of solution paths that you might use during the whole-class discussion of the task, and make note of purposeful questions for connecting student approaches to the targeted mathematical ideas.
- Teach the lesson and reflect on how your careful planning helped you manage and facilitate meaningful mathematical discourse that more purposefully moved students toward the intended learning goals.
Interact:
On Tuesday, read your colleagues' reflections and respond to at least one other post by sharing a comment, insight, or interesting possibility by Friday.
On Tuesday, read your colleagues' reflections and respond to at least one other post by sharing a comment, insight, or interesting possibility by Friday.
shawnseeleydotcom 44p · 263 weeks ago
Learning goals:
1. Understand the difference between area and perimeter. Area represents the number of square units of measure inside of a figure, while perimeter represents a number of linear units of measure along the outside edges of a figure.
2. Understand that there is a relationship between area and perimeter. For any given perimeter, there can be multiple different areas. Changing the structure of the perimeter does not change the overall perimeter, but it may change the overall area.
3. Understand that larger units of measure can be expressed in smaller units of measure, as well as the opposite. For example, 1yd=3ft and 3ft=1yd.
4. Understand that for any given perimeter, the largest possible area will be a square. For example, with a perimeter of 36, a 9*9 square will create an area of 81 square units.
I selected and sequenced student work this way:
1. Misinterpreted the perimeter for area
2. Created rectangular areas that used the entire perimeter, but not the largest area (squares)
3. Largest area possible using front yard fencing for all sides (9*9) and a few strategies to show this
4. Other areas (one side of existing fence or using a corner)
During the lesson, students were engaged (almost) the entire time. After about 20 minutes of student pair work, I called students together and we had a discussion. This was a very productive use of class time and I’m hoping I’ll get a chance to do this again this year.
Here’s a link to a folder that has much of the work I did, along with some anticipated solutions, advancing and assessing questions, and an editable template so you can customize it if you’d like: Dog Run PT
Meribeth Rowe · 263 weeks ago
Meribeth Rowe · 263 weeks ago
Keeping the unit goals/standards visible as teachers make decisions as to which student samples to sequence, share and connect to the goals as described on pages 169-170 made so much sense to me! Although I didn't sequence the student samples in the same order as suggested by the book, I did select the same samples to share as they clearly represented the goals to be achieved. This was a fun chapter!
I plan to use the Walking home from school task with a fifth grade IEP student that I tutor after school. I can then use some of the student samples from the book to promote a discussion around similarities, differences used in the representations provided. I know it won't have the same impact from a discussion perspective without peers but I am curious to practice using assessing and advancing questions with this student.
shawnseeleydotcom 44p · 262 weeks ago
I also have read the chapter before and was glad to have reread it :). Isn't teaching math the greatest?
Although I'm much more new to teaching than several of my more experienced coworkers who have likely already had much experience with learning goals and standards, I appreciated the authors consistently drawing attention to the fact that we must use the standards and learning goals as the driver for our tasks. Keeping learning goals based on standards in front of me at all times allows me to better create/select a task that meets the needs of my students, and it allows me to better assess their progress in those standards. This book, along with its predecessor (Principles to Actions) and The Five Practices in Practice, have helped me better think through my planning and instruction.
Stephanie Clement · 260 weeks ago
Caty Carino · 259 weeks ago
I love your thoughts on sequencing and I love that you are taking time to plan it. I think with more practice sequencing will get easier.
Stephanie Clement · 260 weeks ago
Caty Carino · 259 weeks ago
Susan Heater (TSD) · 255 weeks ago
Julie Rodriquez · 253 weeks ago
Susan Heater (TSD) · 255 weeks ago
Julie Rodriquez · 253 weeks ago